EQ for competitive play
Most gaming headsets are tuned with elevated bass because that is what sells in a shop demo. Elevated bass masks the mid and upper-mid frequencies where movement cues live, through a mechanism called auditory masking that is well documented and works against you every round.
Auditory masking, the mechanism
A loud sound at one frequency raises the threshold at which you can hear quieter sounds at nearby frequencies. The effect is asymmetric: low frequencies mask higher ones far more effectively than the reverse, and the masking spreads upward.
The consequence for gaming audio is direct. A heavily bass-boosted headphone playing an explosion or a bass-heavy ambient track raises your hearing threshold across the low mids and mids, which is exactly where a distant footstep sits. You are not hearing less because the footstep got quieter; you are hearing less because your ears' sensitivity in that region has been temporarily reduced by something else.
This is why "more bass" and "hearing footsteps better" are directly opposed goals, and why the cheapest audio upgrade available is often turning something down.
Where the information is
| Band | Contains | Competitive value |
|---|---|---|
| 20 to 80 Hz | Explosions, rumble, ambience | Low. Mostly atmosphere, and a strong masker. |
| 80 to 250 Hz | Gunfire body, footstep thump | Low to moderate. Tells you something happened, not where. |
| 250 to 500 Hz | Lower body of most sounds, voice fundamentals | Moderate. Also where muddiness lives. |
| 500 Hz to 2 kHz | Footstep character, surface type, reload mechanics | High. This is where you tell wood from metal. |
| 2 to 6 kHz | Transient attack of steps, weapon switches, ability cues | Highest. Timing and directional precision live here. |
| 6 to 12 kHz | Air, distance cues, high frequency loss over distance | Moderate to high. Distance judgement. |
| Above 12 kHz | Very little game content | Low. |
A starting curve
This is a starting point, not a prescription. Every headphone has a different native response, and the correct EQ is the one that fixes your headphone's deviations.
| Filter | Frequency | Gain | Q | Purpose |
|---|---|---|---|---|
| Low shelf | 120 Hz | -4 dB | 0.7 | Reduce masking from bass content |
| Bell | 300 Hz | -2 dB | 1.0 | Clear low-mid muddiness |
| Bell | 3 kHz | +2 dB | 1.2 | Lift transient detail slightly |
| Bell | 8 kHz | +1 dB | 1.0 | Restore distance cues |
Keep the gains small
Every adjustment above 3 dB starts to have side effects: gunfire becomes harsh, voice comms become sibilant, and long sessions become tiring. Fatigue is a real competitive cost, because a tired listener stops attending carefully to quiet cues. A conservative curve you can use for four hours beats an aggressive one you take off after forty minutes.
In-game settings first
Before touching EQ, get the free improvements from the game itself. These are usually larger.
- Output mode: stereo headphones, with engine HRTF enabled if offered separately.
- Dynamic range or night mode: on. This compresses the loudest sounds so you can raise the overall level and hear quiet ones without gunfire hurting.
- Music volume: zero, or close to it. Music occupies the same frequency space as movement cues and carries no tactical information.
- Voice chat volume: lower than you think. Teammates talking over a critical footstep is the most common self-inflicted audio problem.
- Separate sliders: many games expose independent volumes for effects, UI, ambience and voice. Turn everything that is not tactical down.
Related reading
- Positional audio and the three localisation cues.
- Headsets versus headphones, and which tunings are worth EQing.
Frequently asked questions
What frequency are footsteps in games?
The distinguishable content is mostly between about 500 Hz and 4 kHz, with the sharp transient detail that lets you place a step in time sitting from 2 to 6 kHz. There is low-frequency energy in a footstep too, but it carries far less directional and distance information, because low frequencies diffract around obstacles and localise poorly.
Should I boost the frequencies footsteps are in?
Cutting what masks them works better than boosting them. Boosting raises the whole band including noise and makes gunfire harsher; cutting excess bass reveals the same detail without adding anything. Start with a broad bass shelf reduction and only then consider a gentle upper-mid lift.
Does EQ count as cheating?
No. Equalisation is a property of your playback chain, exactly like choosing a different headphone. Every headphone in existence has a frequency response, so there is no unprocessed baseline to deviate from. What is against the rules in most games is software that isolates or highlights specific game sounds, which is a different thing.
Are footstep-boosting presets in headset software worth using?
Usually not. They tend to apply large, narrow boosts that make the mix fatiguing and can push loud sounds into clipping. A modest broad correction is more effective and far more pleasant over a three-hour session, and fatigue costs you more than a few decibels gains.
How loud should I play?
Loud enough that quiet cues are clearly audible, quiet enough that gunfire is not painful. If you are ducking at every shot, your dynamic range is set wrong and you will unconsciously start avoiding loud situations. Many games have a separate dynamic range or night mode setting that compresses the loudest sounds; enabling it lets you raise the overall level and hear quiet cues better.